Difference between revisions of "Talks"
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Revision as of 21:34, 14 March 2019
Papers | Talks
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An RNA-centric view of neurodevelopment: from single-nucleotide resolution maps to functionsUCLA Bioinformatics Interdepartmental Graduate Program Seminar Series. Los Angeles (3/2019)
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An RNA-centric view of neurodevelopment: from single-nucleotide resolution maps to functionsThe Department of Microbiology, Biochemistry and Molecular Genetics and the Public Health Research Institute Seminar Series, Rutgers New Jersey Medical School,. Newark, NJ (1/2019)
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An RNA-centric view of neurodevelopment: from single-nucleotide resolution maps to functionsWeill Cornell Medicine Institute for Computational Biomedicine Seminar Series. New York, NY (10/2018)
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An RNA-centric view of neurodevelopment: from single-nucleotide resolution maps to functionsExternal Speaker, Graduate Program in Genetics and Molecular Biology (GMB) / Joint seminar, Department of Pharmacology. Emory University. Atlanta, GA (9/2018)
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Modeling RNA-binding protein specificity using single-nucleotide-resolution binding maps: a case study of LIN28 and two subclasses of let-7 microRNAsISMB. Chicago, IL (7/2018)
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Timing is key: dynamic regulation of transcriptome diversity during neural development.New York Genome Center Five Points Lecture Series. New York, NY (4/2018)
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Rbfox splicing factors promote neuronal maturation and axon initial segment assembly.American Society for Neurochemistry (ASN) Annual Meeting. Riverside, CA (3/2018)
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Dynamic RNA regulation during neurodevelopment.Otto Warburg Summer School Symposium. Shanghai (8/2017)
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Protein-RNA interactions: From single-nucleotide resolution maps to predictive models of binding sitesOtto Warburg Summer School. Shanghai (8/2017)
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Neuronal RNA-regulatory networks in development and diseaseGraduate Program Recruitment Seminars, Department of Systems Biology, Columbia University (1/2017)
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Alternative RNA splicing: an amplifier of genomic complexityTsinghua University Biology (THUBio) Reunion, New York, NY (7/2017)
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An integrative approach to dissecting neuronal transcriptome diversityGraduate Student Seminar Series, Department of Systems Biology, Columbia University (10/2016)
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Dynamic regulation of alternative splicing during neural developmentDepartment Retreat, Department of Systems Biology, Columbia University (09/2016)
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Dissecting neuronal transcriptome diversity using an in vitro ES modelSummer Research Bootcamp, Doctoral Programof Neurobiology and Behavior, Columbia University (08/2016)
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The splicing code: how far are we off?Bioinformatics Division, TNLIST, Tsinghua University, Beijing, China (07/2016)
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A high-resolution view of neuronal RNA regulatory networks.Department of Biological Sciences Seminar Series, St John’s University. Queens, NY (04/2016)
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Temporal regulation of transcriptome diversity during neural development.Penn State University Neuroscience Seminar. University Park, PA (02/2016)
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A high-resolution view of RNA regulatory networks.Amgen Inc. Boston, MA (02/2016)
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A high-resolution view of neural RNA regulatory networks.Center for RNA Biology, Ohio State University. Columbus, OH (09/2015)
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Dissecting a modular RNA-splicing program in neurodevelopment.Columbia University MAGNet Retreat (05/2014)
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Integrative Analysis of the Transcriptome & Protein-RNA Interactome to Elucidate RNA Regulation.RNA-seq in Biomedical Research Workshop, Columbia University Genome Center (12/2013)
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From RNA regulatory networks to rare mutations in neurological disorders.Department of Biochemistry and Molecular Biophysics, Columbia University retreat. (10/2013)
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RNA regulatory networks in the mammalian nervous system.Columbia University MAGNet Retreat. (05/2013)
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RNA regulation, neuronal cell fate, and brain tumor: A systems perspective.Columbia University Graduate Admission Talk. (02/2013)
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Global RNA regulatory networks in the mammalian brain: insights from an integrative systems biology approach.Bioinformatics Division, TNLIST, Tsinghua University, Beijing, China. (10/2012)
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Searching for the specificity of RNA-binding proteins.Tsinghua Symposium on Genomics and Epigenomics. Beijing. China. (10/2012)
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Searching for the specificity of RNA-binding proteins.CSHA RNA Biology. Suzhou. China. (10/2012)
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Global RNA regulatory networks in the mammalian brain: insights from an integrative systems biology approach.CAS-MPG Partner Institute for Computational Biology. Shanghai, China. (09/2012)